28 results about "Relay transmission" patented technology

The application discloses an intelligent scheduling control method for an automobile part automatic assembly line, and relates to the technical field of automatic control, which comprises the following steps: obtaining the task instruction response time length value and the node execution action state change value of each execution unit in a current scheduling period, and calculating the response delay value and the state fluctuation value of the corresponding node; generating a response efficiency value according to the response delay value and the state fluctuation value of each node, and generating a feedback control level label in combination with the node task attribute information; judging whether to perform compression processing based on the feedback control level label and the available idle time value of each node in the current scheduling period, and if the compression condition is met, encoding the response delay value and the state fluctuation value into a compressed feedback data frame; and completing the relay transmission of the compressed feedback data frame in a time period that meets the scheduling idle condition, so that the scheduling delay pressure control, task state accurate maintenance and instruction issuing sequence dynamic optimization of the automobile part automatic assembly line are realized.

The application provides a kind of unmanned area overhead transmission line network coverage method, along the line deployment multiple as intelligent spacer intelligent network node, node uses modular hot plug structure, equipped with super capacitor and solid-state battery hybrid energy storage system;Through LoRa communication to build distributed wireless mesh ad hoc network, combined with TDMA time division multiple access and AODV adaptive routing protocol;Utilize the power supply of at least two different principle of multi-source fusion self-powered module power supply;Node collects line monitoring data and carries out edge computing processing, and the processed data is transmitted through multi-hop relay transmission of ad hoc network, and then transmitted to the center master station through the main and standby dual-link redundant transmission architecture.The application can realize long-term stable self-power supply and reliable communication of unmanned transmission line, improve the real-time performance of monitoring data transmission and network invulnerability.

The application discloses a special unmanned aerial vehicle cruising relay data transmission system for power inspection, relates to the technical field of data transmission, and comprises the following steps: acquiring the inspection position and inspection data transmitted by the unmanned aerial vehicle in power inspection, and calling the position power characteristics; performing inspection data quality influence prediction, obtaining a predicted data quality influence coefficient, an actual data quality influence coefficient, and a data quality coefficient; analyzing and obtaining an inspection position deviation coefficient; performing inspection data generation network selection optimization, obtaining an optimized generation network group, generating inspection data, and performing relay transmission. The application solves the technical problem that the inspection data of the unmanned aerial vehicle in the existing power inspection is affected by electromagnetic interference and the data quality is low after relay transmission.

Methods, apparatuses, and procedures for scheduling of multipath relays in wireless communications are disclosed. For example, a method implemented in a wireless transmit / receive unit (WTRU) includes determining that data to be transmitted has a priority greater than a priority threshold; determining timing information associated with a selected set of resources for transmitting the data, and the timing information indicates a time resource for transmitting the data is less than a time resource threshold; transmitting, to a network entity, a first message including information indicating a buffer status associated with the data and the timing information associated with the selected set of resources; and transmitting, to a relay WTRU on a sidelink transmission, a second message including information indicating the buffer status.

The present disclosure relates to a 5G or 6G communication system for supporting a higher data transmission rate.

An integrated communication transmission drill pipe assembly, relating to the field of drilling communication equipment, includes a pipe body, a central gas rod, a male connector, a female connector, an electrical connection mechanism, and a wireless data transmission module. The central gas rod is disposed within the pipe body to deliver gas. The male and female connectors are respectively disposed at both ends of the pipe body, and they cooperate to connect multiple pipe bodies. The electrical connection mechanism includes elastic contacts, a conductive ring, and a wire. The elastic contacts are disposed on the top surface of the pipe body. The conductive ring is coaxially disposed at the bottom of the pipe body. The wire is disposed within the pipe body and connects between the elastic contacts and the conductive ring. The wireless data transmission module is disposed within the pipe body, connected to and powered by the wire, and relays signals between adjacent pipe bodies. The central gas delivery better maintains the balance of the drill pipe during rotation, the electrical connection mechanism can adapt to the complex operating environment of the drill pipe, and the wireless data transmission module transmits electrical signals upwards, making it highly practical.

The application discloses a kind of star-ground fusion communication method, device and equipment, it is related to wireless communication field, to improve the reliability and transmission efficiency of data transmission.The application receives the data reported by sending end;According to the connection state of receiving end in ground link and satellite link, satellite network and ground network are used to relay transmission mode, and the data is issued to receiving end under at least one communication protocol.The application improves the data transmission reliability, transmission efficiency and robustness in complex dynamic environment, guarantees the real-time performance, reliability and security of data transmission.

A communication method using a relay apparatus including a repeater that performs relay transmission of a radio signal between a network node and a user apparatus, and a control terminal used to control the repeater, the communication method including: forming, by the repeater, a plurality of basic beams in different directions; receiving, by the control terminal, a beam change request from the network node, the beam change request for designating two or more basic beams to be combined among the plurality of basic beams and / or a basic beam to be divided among the plurality of basic beams; and performing, by the repeater, combining and / or division of the basic beams designated by the beam change request in response to receiving the beam change request.

A method and a device for performing relay transmission during a triggered transmission opportunity in a wireless LAN system are disclosed. The method performed by means of a first station (STA) in a wireless LAN system, according to one embodiment of the present disclosure, comprises the steps of: receiving, from an access point (AP), a first A-MPDU including data to be transmitted to a second STA; transmitting, to the AP, an ACK frame for the first A-MPDU; and transmitting, to the second STA, a second A-MPDU including the data. Here, the ACK frame includes ACK information indicating whether to identify at least one MAC header included in the first A-MPDU, and the ACK information can be based on an ACK policy indicated by an ACK-policy-related field included in the first A-MPDU and at least one other field.

Provided is a communication method executed by a relay apparatus including a relay device that performs relay transmission of relaying a radio signal transmitted between a network node and a user equipment, and a control terminal used to control the relay device, the communication method including: receiving, by the control terminal, power control information for controlling a transmission power of the relay transmission from the network node; and performing, by the relay device, the relay transmission at the transmission power based on the power control information. The power control information includes at least one selected from the group consisting of first information indicating a maximum transmission power and / or a maximum gain to be set in the relay device, second information indicating a transmission power and / or a gain in periodic relay transmission, and third information indicating a transmission power and / or a gain in aperiodic relay transmission.

This invention relates to the field of indoor environmental monitoring devices, specifically an intelligent indoor environmental monitoring device and its monitoring method. The device includes a monitoring unit with a bracket fixedly mounted at its bottom via bolts for stable support. A monitoring shell is fixedly mounted inside the monitoring unit, and a sampling receiving cover is fixedly mounted on the outer surface of the monitoring shell. Multiple sets of blower motors are fixedly mounted inside the monitoring unit, and each blower motor's output end is fixedly connected to a turbofan. This invention constructs a dynamic flow field through a distributed monitoring unit, utilizing a relay transmission mechanism of blower and suction to forcibly drive the originally still indoor air into directional circulation. Compared to traditional passive diffusion-based monitoring, this solution eliminates monitoring blind spots (such as corners and behind furniture), enabling the monitoring data to accurately reflect the overall indoor environmental conditions. Especially in large spaces or complex partitioned environments, the spatial representativeness of the sampling data is improved.

The application discloses a kind of distributed data relay transmission equipment, the equipment includes: PC, MCU module, main FPGA module, slave FPGA module, main FPGA cache module, slave FPGA cache module and data access selection module.The application is selected by multiple units including single-pole double-throw switch circuit, the number of data sources that the equipment can access is doubled, the requirement for the number of IO pins of core control logic chip is reduced, and by the joint use of MCU chip and FPGA chip, the advantages of strong MCU logic control and strong FPGA concurrent processing capability are fully exerted, and additional data transmission path is provided, the overall cost of the equipment is reduced under the condition of ensuring data transmission performance requirements.

The embodiment of the present disclosure discloses a data transmission method and system between a remote client and a Hive table and a storage medium. The method comprises: in response to a data transmission instruction triggered by a user, the remote client modifies the data transmission instruction into a data relay transmission instruction and sends it to a Hive server, wherein the data relay transmission instruction comprises a relay storage path under a distributed file system, and the relay storage path is used to temporarily store the to-be-transmitted data in the process of data transmission between the remote client and the Hive table; the Hive server analyzes and compiles the data relay transmission instruction, generates a data transmission execution plan and sends it to a Yarn cluster; based on the relay storage path and the data transmission execution plan, the remote client and the Yarn cluster cooperatively execute the data transmission operation to complete the transmission of the to-be-transmitted data between the remote client and the Hive table. The technical scheme of the present disclosure enables the user to trigger the instruction only once, thereby realizing the data transmission between the remote client and the Hive table.

An ultrasound transducer array includes: a transducer group including a plurality of ultrasound transducers aligned, the transducers being configured to transmit and receive ultrasonic waves; a signal line configured to electrically connect the transducer group and an external device and transmit a signal communicated by the transducer group and the external device; and a relay board that is a bendable relay board and that has a first end and a second end, the first end being branched, the first end being connected to each of the ultrasound transducers, the second end being connected to the signal line to relay transmission and reception of the signal between the ultrasound transducers and the signal line, branched portions of the first end of the relay board extending in a direction of alignment of the ultrasound transducers.

Methods, systems, and devices for wireless communications are described. A first device (e.g., a relay user equipment (UE)) may establish a communication link, where the communication includes establishing a communication link between a second device (e.g., a remote UE) and a base station, the communication link including a first communication link between the second device and the first device and a second communication link between the first device and the base station. The first device may receive, over the first communication link, a transmission corresponding to data stored at the second device. The first device may receive, over the second communication link, an indication of one or more resources for a relay transmission corresponding to the data stored at the second device. The first device may transmit, over the second communication link, the relay transmission over the one or more resources based on receiving the sidelink transmission.

The application discloses a kind of high-low altitude platform cooperation's V2X system hybrid transmission capacity optimization method and system, belong to vehicle networking technical field.The method includes: considering the heterogeneous channel characteristics, spectrum resource multiplexing mechanism and LAP distribution characteristics, construct three-layer heterogeneous V2X communication system model, design the mixed transmission strategy based on scene perception;Combining direct connection and relay link scene, construct time-varying CSI estimation model based on least square criterion;Based on time-varying CSI estimation model, combined with Palm theory and Laplace transform, deduce LAP existence probability, relay link distance expected value and system successful transmission probability;Establish relay transmission and direct transmission double scene capacity analysis model, extend the capacity expression under variable V2X link distance is deduced.The application improves transmission capacity and reliability under complex dynamic scene, provides theoretical basis and technical support for the deployment and optimization of high-low altitude cooperative V2X system.

A communication method using a relay apparatus including a relay device that performs relay transmission of relaying a radio signal and a control terminal that controls the relay device, the communication method including: communicating, by a user equipment, information regarding a beam formed by the relay device to the control terminal and / or a network node; and performing, by the user equipment, sidelink communication with another user equipment via the relay device based on the communicating.

The application discloses a drill pipe vibration monitoring system and method which can be quickly disassembled, and the drill pipe vibration monitoring system comprises a downhole monitoring device and a data processing terminal; the downhole monitoring device comprises drill pipe vibration monitoring modules which are arranged on a drill pipe in a multi-stage detachable mode, a first-stage drill pipe vibration monitoring module comprises a laser emission module, a laser receiving module, a signal step-by-step relay transmission and downhole data preprocessing module; the signal step-by-step relay transmission and downhole data preprocessing module comprises a signal storage and preprocessing module and a signal transmitter which are connected, the signal storage and preprocessing module is used for preprocessing a current-stage signal, receiving a next-stage signal, merging the preprocessed current-stage signal and the received next-stage signal, and amplifying and shaping the merged signal; the data processing terminal is used for receiving a signal monitored by the downhole monitoring device, preprocessing and time sequence prediction of the signal, and generating an abnormal early warning signal according to a preset threshold value. The application can more conveniently and accurately monitor drill pipe vibration.

The present disclosure relates to communication range extension using a relay in a wireless LAN system. According to an embodiment of the present disclosure, provided is a method comprising the steps in which: a relay station (STA) receives a first beacon frame from an access point (AP); the relay STA transmits, to an end STA, a second beacon frame including relay transmission notification and at least a portion of information included in the first beacon frame, wherein the relay transmission notification indicates that a frame including the relay transmission notification is transmitted by the relay STA; the relay STA relays one or more frames for association between the AP and the end STA on the basis of the transmission of the second beacon frame including the relay transmission notification; and the relay STA relays data transmission between the AP and the end STA after the AP and the end STA are associated with each other.

The present application relates to the field of information and communication technology, and discloses a kind of rural scenic spot-oriented resilience edge guide system and method.The basic principle of the method is that: the dynamic organization of tourist terminal is delay tolerant network node to realize data opportunity relay transmission under the environment without public network, while the lightweight artificial intelligence model is deployed on the local edge server to understand the semantics and knowledge reasoning of the request, and the model calculation accuracy and network communication power consumption are jointly regulated based on Lyapunov optimization theory. Therefore, the present application realizes the core technical effect that intelligent guide service can still run stably and continuously and provide depth associated narrative under the harsh conditions of rural scenic area network and resource double restriction.

This invention discloses a ground-to-UAV secure transmission evaluation method based on a Poisson random point process. The method includes: first, establishing an air-to-ground uplink relay transmission system model containing a ground source, UAV relay, satellite, and eavesdropper; distributing the eavesdropper and satellite in a ground hemispherical region and a dual-altitude concentric spherical orbit shell, respectively, based on a Poisson random point process; then configuring realistic channel models for the RF and FSO sub-links, with the former following the Nakagami-m fading model and the latter adopting a Gamma-Gamma distribution considering atmospheric turbulence and pointing error. Subsequently, calculating the first-hop security interruption probability of the ground source-UAV relay link and the second-hop interruption probability of the UAV relay-satellite link hop-by-hop, obtaining the end-to-end security interruption probability, and completing the secure transmission performance evaluation. This method improves the evaluation accuracy and constructs a unified end-to-end analysis framework, providing a scientific basis for the design and parameter optimization of 6G air-to-ground communication systems.

This invention discloses a low-altitude aircraft multi-link collaborative relay transport system for cross-regional logistics, belonging to the field of low-altitude logistics transportation technology. The system includes a multi-link planning module, a collaborative scheduling platform, a low-altitude aircraft cluster, a cargo handover device, a cross-unit communication adaptation module, and an energy replenishment module. The multi-link planning module uses an optimized A* algorithm to plan multiple parallel relay links and divide transportation segments. The collaborative scheduling platform achieves real-time monitoring and dynamic scheduling throughout the entire process. The cross-unit communication adaptation module breaks down heterogeneous protocol barriers. The cargo handover device and energy replenishment module are integrated and deployed to achieve efficient connection. This invention solves the pain points of insufficient aircraft endurance, difficulties in multi-unit collaboration, and low handover efficiency in cross-regional logistics, realizing safe, efficient, and collaborative logistics transportation in long-distance, complex scenarios, and possesses strong practical value and promising prospects for widespread application.

This invention relates to the field of transfer equipment technology, specifically to an integrated material transfer device and its usage method for deep foundation pits. The device includes a tracked traveling module, a primary transfer module, a secondary transfer module, and a tertiary transfer module. The tertiary transfer module is nested within the secondary transfer module, and one end of the secondary transfer module is nested within the primary transfer module. A set of tracked traveling modules is installed at one bottom end of the primary transfer module, and another set of tracked traveling modules is installed at the other bottom end of the secondary transfer module. The relative positions of the primary and secondary transfer modules are adjusted by the two sets of tracked traveling modules. This invention employs tracked traveling modules in conjunction with a multi-level nested transfer structure. The height adjustment module allows for flexible adjustment of the conveying height, and the relay transmission via the tertiary conveyor belts ensures continuous and stable material transport, effectively reducing material spillage and blockage, and improving the safety and reliability of the transfer process.

This invention provides a real-time monitoring system and method for the anchoring force of anchor bolts / cables throughout a roadway. Anchor bolts / cables are installed in boreholes in the roadway roof and sidewalls. The outer surface of the spherical crown portion of the tray, excluding the locking nut, serves as a ring-shaped monitoring area. A force gauge is positioned between the locking nut and the tray. A shotcrete-sensing composite layer includes a shotcrete layer and a micro-thin-film strain sensor array. An in-road processing terminal is connected to the micro-thin-film strain sensor array. A ground processing terminal is connected to the in-road processing terminal via a relay transmission device. The method involves simultaneously installing the force gauge and intelligent sensing unit during anchor bolt / cable installation; applying a design preload; receiving strain sequence signals and transmitting them to the ground processing terminal; obtaining strain force data through a strain-axial force calibration model and providing graded early warnings. This system and method enable unmanned, real-time, and intelligent monitoring of the anchoring force status of anchor bolts / cables throughout a roadway.

The invention provides a wireless communication method and communication equipment. The communication method comprises the following steps: a first device sends a first trigger frame; wherein the first device communicates with the second device through the relay device, and the first trigger frame is used for indicating the first device to share the acquired first resource in the TXOP with the second device and / or the relay device. Based on the first triggering frame, a TXOP sharing process based on triggering can be reused, and relay-based TXOP sharing is realized. That is to say, the invention provides a relay-based channel access method, namely a relay transmission-based TXOP sharing method initiated by the AP. According to the TXOP sharing triggering method based on the relay, the problems of synchronization of behaviors of the operation channels of the BSS where the source station, the relay and the target station are located and TXOP sharing can be solved, the transmission efficiency of a network can be improved, and the cost of the relay is reduced.

This application relates to a wireless signal optimization method for tire pressure information data transmission, comprising the following steps: a sensor node initiates a relay transmission mode based on link quality judgment, selects a relay node through a micro-routing protocol, and forwards data packets to a distributed slot antenna formed by coupling through vehicle body gaps via neighboring nodes; a central signal aggregator fuses the data received from multiple paths to reconstruct the complete tire pressure data stream. This application achieves reliable and continuous transmission of tire pressure signals under extreme obstruction environments, while also meeting the requirements of low power consumption and real-time performance.

A method and system for optimizing the performance of multi-hop relay on the NR side in vehicular networks (V2X) include: establishing a system model of key messages in a multi-hop relay scenario on the NR side; constructing a performance analysis framework for multi-hop transmission of key messages in V2X; calculating the average performance under a multi-round random transmission scenario based on the system model and Monte Carlo simulation, and verifying the correctness of the performance analysis framework; formulating the multi-hop relay transmission process on the NR side as a multi-constraint, multi-objective mixed-integer linear programming problem; solving the mixed-integer linear programming problem under given key message transmission distance or end-to-end transmission probability and lifetime, and outputting the corresponding network parameters under optimal performance. This invention formulates the process of key messages in V2X via multi-hop relay on the NR side as a typical optimization problem and proposes a particle swarm optimization algorithm to determine the optimal settings of NR side parameters, thereby maximizing the multi-hop transmission probability or propagation distance.